Marine terminals are subject to constant stress, including the repeated impact of vessels during berthing, exposure to saline mist, and degradation from solar radiation—factors that have long made the maintenance of protective infrastructure a significant challenge. As maritime infrastructure continues to be upgraded, polyethylene (PE) fender facing panels have emerged as a noteworthy new protective component within anti-collision systems, increasingly being adopted for terminal maintenance and operations.

Traditional anti-collision surface materials are prone to cracking and rapid wear, necessitating frequent replacement and, consequently, driving up maintenance costs. In contrast, polyethylene fender facing panels offer excellent impact toughness and self-lubricating properties. During berthing, they help distribute impact forces and minimize friction-induced abrasions, providing dual protection for both the terminal structure and the vessel hull. Furthermore, these panels are highly resistant to seawater corrosion and UV-induced aging, ensuring slower performance degradation even in outdoor aquatic environments characterized by significant temperature fluctuations.

In practical applications, polyethylene fender facing panels are compatible with various types of fender units. They are easy to process and install, and can be custom-cut to fit specific berth dimensions—making them suitable for a wide range of settings, including bulk cargo terminals, inland waterway locks, and floating piers. Feedback from numerous projects indicates that the adoption of these panels has significantly extended the inspection and maintenance intervals for anti-collision systems, thereby easing the burden on operations and maintenance teams.

The evolution of material technology is a vital component in enhancing the quality of infrastructure. With their practical performance advantages, polyethylene fender facing panels offer a new, low-maintenance, and long-lasting solution for port anti-collision protection, while also providing valuable real-world data for the application of advanced materials in maritime engineering.

This article was compiled and edited by Henan Jinhang Engineering Plastics Co., Ltd. (www.upeplastic.cn). Responsible editor: Jinhang. The company specializes in the R&D and production of polyethylene fender facing panels. Reproduction is permitted, provided the source is cited.